Electronics

Electronics have become a core component of modern society.

As we seek to make electronics smaller and more portable, understanding the materials we use becomes ever-more critical. From improving medical sensors to creating the molecular electronics of tomorrow, we have the research you need to answer the next question. Researchers worldwide trust ACS to provide reliable information on the cutting edge of pure and applied electronic sciences.

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Electronics Solutions in Unexpected Places

Consumer electronics get smaller by the year, and perovskite is a key material in microelectronics. In this article in ACS Applied Materials & Interfaces, find out how researchers are creating materials with higher open-circuit voltage and fill factor.

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Multidisciplinary Solutions

Many ACS journals are multidisciplinary in nature and are not included in our sample subject-area list. Even our niche journals cover topics that support, or are supported by, a broad array of research areas. Consider the challenge of creating wearable electronics. Many solutions exist and can be found in journals covering pure chemistry, biochemistry, energy, materials science, and more.

More than one ACS journal could hold the answer you need. That’s why we provide numerous flexible options to support organizations of all types and sizes.

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From Our ACS Editors

Electronic materials comprise the core elements that people use in their day-to-day lives. Ranging from daily electronics such as mobile phones, TVs, and computers to numerous fields such as robotics, automation, energy and healthcare, electronic materials are widely used in a variety of fields. In accordance with this point of view, the development of novel materials, such as high-tech and creative products, and their applications is the underlying force that impacts our society and exceedingly enhances our lifestyle and vision.”

Hyun Jae Kim Deputy Editor, ACS Applied Electronic Materials

Energy research in the new millennium has seen a great amount of diversity with the exploration of innovative nanomaterials and their hybrid assemblies for energy conversion and storage. Advances in time-resolved spectroscopy, surface science, imaging techniques, and various in situ and operando characterization techniques are providing new insights into energy conversion and storage processes. The enthusiasm of researchers worldwide to tackle major hurdles in energy conversion and storage has made this field one of the outstanding frontiers of modern science. ”

Prashant Kamat Editor-in-Chief, ACS Energy Letters